Respuesta :
Answer:
Unicellular organisms achieve locomotion using cilia and flagella. By creating currents in the surrounding environment, cilia and flagella can move the cell in one direction or another.
Explanation:
Unicellular organisms are the smallest and simplest of all living beings, they are composed of a single cell, and they do not form any type of tissue.
They move through appendages of the membrane that allow movement which are:
- Flagella, these are long and thin appendages that serve as locomotion organelles and are responsible for the majority of mobile bacteria being able to move in liquid media.
- Cilia are mobile extensions of the plasma membrane that cover the surface of its membrane and have the function of facilitating metabolism by producing movements and currents in the liquid of the cellular environment.
- Pseudopods are extensions of the protoplasm area used in a similar way to cilia and flagella.
Amoebas, unicellular protists, are characterized by their irregular shape and their movements based on pseudopods, that is, tentacular extensions of their cytoplasm that allow them to engulf (engulf) food and incorporate them through their cell membrane.
Therefore, we can conclude that the 3 ways unicellular organisms can move are through fragelli, cilia, and pseudopods.
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